Two equal bar magnets are kept as shown in th | vedclass

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(B) The magnetic field at point $P$ due to the vertical bar magnet is directed upwards because $P$ is near the north pole $(N)$ of this magnet. Let th

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(B) The magnetic field at point $P$ due to the vertical bar magnet is directed upwards because $P$ is near the north pole $(N)$ of this magnet. Let this be $B_1$.The magnetic field at point $P$ due to the horizontal bar magnet is directed towards the right because $P$ is near the south pole $(S)$ of this magnet (magnetic field lines enter the south pole). Let this be $B_2$.The resultant magnetic field $B_{net}$ is the vector sum of $B_1$ and $B_2$. Since $B_1$ is directed upwards and $B_2$ is directed towards the right,the resultant vector $B_{net}$ will point in the upward-right direction.Therefore,the correct direction is indicated by the upward-right diagonal arrow.

Two equal bar magnets are kept as shown in the figure. The direction of the resultant magnetic field,indicated by the arrow head at the point $P$,is (approximately):

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